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Climate Solutions

Blue ice flow
Brett Jordan/Flickr

Faculty Leaders

Human activities and resource use are undeniably altering Earth’s climate, most prominently through emissions of greenhouse gases and particulates, and through alteration of the land surface. Climate change, in turn, is affecting other Earth processes, making the critical 21st-century challenges of providing food, water, and energy to a growing human population much more difficult.

Stanford Earth faculty are renowned for their research and role in the public dialogue about climate change.  We work across disciplines—and at the interface of atmosphere, ocean, land, and ice systems—to characterize climate changes as well as potential responses and outcomes that matter to people.

With key faculty hires in, for example, risk analysis and the science of ice, we will be able to develop more powerful tools with which to identify appropriate responses that enable sustainable, resilient pathways for economic growth and human development with fewer unintended negative consequences.

Kevin Arrigo in front of an ice breaker

Kevin Arrigo, the Donald and Donald M. Steel Professor in Earth Sciences and Victoria and Roger Sant Director of the Earth Systems Program, led a research team to the Arctic.

Reseach team in front of airplane on the ice

Rob Dunbar, the W. M. Keck Professor, captured his team’s arrival on the Southern Continent.

Climate Change and the Oceans

Stanford Earth faculty conduct field studies on every continent and in every ocean, including those surrounding the Arctic and Antarctica.

These oceans teem with microscopic phytoplankton, which play a very important role in the global carbon cycle. In separate studies designed to better understand climate change, Professors Kevin Arrigo and Rob Dunbar recently traveled to opposite poles to examine how shifting light, temperature, and sea ice conditions affect the productivity of the tiny marine organisms, how those changes reverberate up the food chain, and what effects they may have on the uptake of anthropogenic carbon dioxide.

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Critical Challenge Areas

Night skyline

How can we contribute to a future in which energy is abundant, efficient, and produced in a sustainable and responsible way?

Blue ice flow

Our climate is already changing. How can we both limit the extent of climate change and increase the resilience of communities to its consequences?

Erupting volcano at night

How can we deepen our understanding of natural hazards and discover new approaches to protecting vulnerable populations?

Woman picking rice

How can we help provide the food and clean water needed by a growing population in the context of climate change-related uncertainties?